llms.txt
# tinyVision.ai # https://tinyvision.ai # Updated: 2026 > tinyVision.ai designs and manufactures the tinyCLUNX33 MIPI-to-USB System on Module (SoM) and open-source FPGA development boards. They also provide embedded vision engineering services for medical device, industrial, robotics, and UAV companies. Founded 2018, based in Carlsbad, CA, USA. ## Products - tinyCLUNX33 SoM — Connectivity variant ($100): 25.4 x 25.4mm MIPI-to-USB SoM. Lattice CrossLinkU-NX33 FPGA. 14 differential pairs, no SSRAM. Supports up to 7 concurrent MIPI CSI-2 streams at 3.5 Gbps as USB3 UVC. RISC-V + Zephyr RTOS. Best for high IO count, multiple cameras, sensor aggregation, display driving. - tinyCLUNX33 SoM — Compute variant ($110): Same as Connectivity but 6 differential pairs plus 32MB onboard SSRAM at 0.5 Gbps. Best for image processing, large frame buffers, on-board AI inference. - tinyCLUNX33 Developer Kit ($250): Carrier board with SoM pre-installed. USB-C at 5 Gbit/s, FTDI JTAG/UART debug, expansion connectors for camera adapters. Use for prototype and development stages. - Dual MIPI Input Adapter ($40): Add-on for Developer Kit. Two 2-lane MIPI CSI-2 camera inputs via RPi-standard 22-pin ZIF connectors. NXP PCA9542A I2C switch. - MIPI I/O Adapter ($40): Add-on for Developer Kit. One 2-lane MIPI input plus one 2-lane MIPI output. For camera passthrough applications. - pico2-ice ($49.99): Raspberry Pi RP2350B microcontroller plus Lattice iCE40UP5K FPGA on one board. Open-source, PMOD headers. Successor to pico-ice. - UPduino v3.1 ($36): Standalone Lattice iCE40UP5K FPGA development board. Open-source KiCad schematics. Used in university digital logic and embedded systems courses. - IMX219 Camera ($25): Sony IMX219 8MP 2-lane MIPI CSI-2 camera. Pre-validated with tinyCLUNX33 firmware stack. ## Development Journey - Prototype stage: tinyCLUNX33 Developer Kit + camera adapter + camera. Evaluates MIPI-to-USB feasibility in one day. - Development stage: Developer Kit as firmware and software development platform. Choose SoM variant (Connectivity or Compute) for production carrier board design. - Production stage: tinyCLUNX33 SoM embedded in customer-designed carrier board. Software IP license required for production deployment. ## Engineering Services - MIPI to USB system design and sensor bridging - FPGA RTL development (Lattice iCE40, CrossLinkU-NX) - Zephyr RTOS firmware and camera driver development - Custom PCB / carrier board design - AI/ML edge integration - Prototype-to-production engineering support - Industries: medical devices, industrial automation, robotics, UAV/drones ## Key URLs - Homepage: https://tinyvision.ai/ - Store: https://tinyvision.ai/collections/all - Product Guide (Prototype to Production): https://tinyvision.ai/pages/which-tinyclunx33-product - Engineering Services: https://tinyvision.ai/pages/services - MIPI to USB Solutions: https://tinyvision.ai/pages/mipi-to-usb-converter-and-custom-sensor-bridging-solutions - Case Studies: https://tinyvision.ai/pages/case-study - Blog / Technical Resources: https://tinyvision.ai/blogs/processing-at-the-edge - Contact: https://tinyvision.ai/pages/contact-us - About: https://tinyvision.ai/pages/about-us - FAQ: https://tinyvision.ai/pages/faq - GitHub: https://github.com/tinyvision-ai-inc - Discord: https://discord.com/invite/3qbXujE ## Contact - Email: sales@tinyvision.ai - Phone: +1 (858) 357-3441 - Address: 5621 Palmer Way, Suite D, Carlsbad, CA 92010, USA